Monsanto’s ‘biopesticide’ known as Bt is not only developing mutated insects and requiring excessive pesticide use, but new findings show that it is also killing human kidney cells — even in low doses. Amazingly, Monsanto’s superweed-breeding Roundup also has the same effect. Scientists have demonstrated in new research that the Bt pesticide, in addition to Monsanto’s best-selling herbicide Roundup, exhibit direct toxicity to human cells. The findings add to the long list of hazardous effects presented by Monsanto’s genetically modified creations.

These dangerous Bt crops currently engulf 39% of globally cultivated GMO crops, and Monsanto does not seem to be slowing down on their campaign to expand usage. Led by Gilles-Eric Séralini, a French scientist from the University of Caen, Séralini and his team are no strangers to the toxic effects of both Bt and glyphosate — the main component used in Roundup. Previously, Séralini and a group of other scientists found that Roundup is linked to infertility, killing testicular cells in rats. The report stated that within 1 to 48 hours of exposure, testicular cells of the mature rats were either damaged or killed.

At only 100 parts per million (ppm), Monsanto’s biopesticide lead to cell death. Furthermore, they found that Roundup at 57.2ppm killed half of the cell population – 200 times below agricultural use. This is concerning as researchers have previously detected Roundup in 41% of the 140 groundwater samples taken from Catalonia Spain that were actually above the limit of quantification. Even in very small doses, the research indicates that Roundup appears to be assaulting your biology.

It has also been divulged that Roundup is damaging other life outside of humans, shown to decrease the population of monarch butterflies by killing the very plants that the butterflies rely on for habitat and food. A 2011 study published in the journal Insect Conservation and Diversity found that increasing usage of genetically modified Roundup Ready corn and soybeans is significantly contributing to the decline in monarch butterfly populations within North America due to the destruction of milkweed. (Read more)